x86, x64 | Languages: Multilingual | Size of the file: 475 MB
UiPath Studio is an advanced visual process modeling tool that the professional user can learn to use effortlessly and without any programming knowledge. A simple drag and drop feature and built-in library of predefined activities greatly enhance the user experience and speed up the learning curve. Alternatively, a simple click on the "Save" button describes the actions of the user on the screen and translates them into logical steps to create application or web workflows.
The tool presents a visual declarative way of automating a process. Professionals can use it in the same way as they use a Visio diagram. When working with the Presentation Layout of other applications, you simply indicate on the screen what operation you need to perform. UiPath understands the user interface at the logical control level and does not depend on the position of the elements on the screen. This makes automation much more reliable and independent of the size and resolution of the screen.
Working with UiPath is natural. You can design a process by assembling its steps in a diagram. The recorder is a very effective solution for creating automation at the interface of the application and bypassing the script impositions.
UiPath "detects" UI controls as a human does. It records the actions of your mouse and keyboard on the screen and converts them into automated sequences.
Release Notes of UiPath Studio Enterprise Edition v2019.4.4:
We want to reach the world and make automation a language spoken by all. So, from this version, the whole platform is available in Chinese.
It is now possible to disable security for XAML files when you install or update the robot using the UiPathStudio.msi installation program. When security is disabled, users can read and edit process files and logic. This is useful for running processes in virtualized environments, such as Citrix Apps and Desktops or via RDP connections.
-The namespaces of web service libraries are not imported automatically when creating a variable. In the Variables pane, find the required data type, or add an activity that uses that data type, and create an online variable.
-Namespaces derived from custom third-level dependencies are not imported automatically. To use these namespaces, import them manually from the Imports panel.
-When you define a file as a global handler in a newly created project, the icons are not updated in the Project panel.
-If the global handler contains an activity that throws an exception and its result argument is set to Continue, the project enters an infinite loop at the time of execution.
Libraries containing M and C as first segments were not valid. This was due to the fact that the generated namespace – abbreviated as mc – is a namespace already used by Microsoft.
-The robot could not connect via a proxy to the target machine via RDP. This occurred when the Console Connection option was set to false.
-L & # 39; status of the license is now correctly displayed for machines without production and unattended, in unattended or non-production license pages.
Changes made to the input and output parameters of a process have not propagated to existing associated schedules. Additionally, in the Edit Schedule window, the actual values of the parameters inherited from the process were displayed instead of the appropriate label.
-We identified and corrected a problem that caused a heartbeat malfunction in case of loss of connection to Redis. Now, the heartbeat is sent regardless of the state of the Redis-Orchestrator connection.
– Processes can not be run on robots installed in user mode if they have been defined in Orchestrator only with the help of the user name. This problem did not occur if you defined your robot using the machine format username.
-During a clean installation, the logging configuration of the web.config file would produce the Elasticsearch logflow-yyyy.MM index, where it was previously default-yyyy.MM. This had an impact on existing dashboards and visualizations based on this index.
-The Migrate_Deployment_Settings query used incorrect column names, which could lead to migration failure.
Occasional blockages in the Orchestrator database would occur when: deleting multiple packages in parallel, detecting unresponsive robots, simultaneously updating machines and removing robots, or connecting multiple robots, with different users, on the same computer.
-The installation program of UiPathPlatformInstaller.exe incorrectly identifies the localized version of RemoteRuntime and therefore can not uninstall it, forcing the user to manually uninstall RemoteRuntime via ARP.
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